摘要
为了得到通用的优化模型,对动压轴承型线数学表达式的本质特点进行了研究。分析了动压轴承产生动压润滑的几何关键因素——楔形间隙的几何条件,结合傅里叶级数的解析特性,提出用傅里叶级数表示动压轴承型线的广义泛函方程,并用此方程详细分析了几种典型动压轴承型线,证明了此广义泛函的正确性。得到的广义泛函集成型线方程突破了动压轴承型线数学模型固有特性的限制,由此可研究表征动压轴承型线本质特征的根本因素。
In order to obtain a general optimization model,study on substantial characteristics of the mathematical expression of hydrodynamic bearings profiles was brought forward.Wedge-shape geometrical condition,the key factor to produce hydrodynamic lubrication by bearings,was analyzed connecting the character of Fourier series,a generalized functional equation of hydrodynamic bearings profiles was proposed.Several typical hydrodynamic bearings profiles were analyzed through the functional equation,so the generali...
出处
《润滑与密封》
CAS
CSCD
北大核心
2008年第2期71-74,共4页
Lubrication Engineering
关键词
动压轴承
型线
泛函理论
集成
hydrodynamic bearings
profile
functional theory
integration